Aim TTI TGP3122 Pulse & Universal Generator (2 channel, 25MHz)

Pulse
Frequency Range: [1mHz to 25MHz]
Frequency Resolution: 1mHz, 11 digits
Jitter RMS: <30ps cycle="" to="" cycle="" br=""> Period Period can also be entered as frequency
Range: [40ns to 1000s]
Resolution: 100ps
Width Width can be entered as absolute width, duty cycle or fall time delay
Range: [20ns to 999.99999998s]
Resolution: 100ps
Accuracy: ±200ps ±0.01% of period
Delay Delay can be entered as absolute delay, phase or % of period
Range: [0ns to 999.99999996s]
Resolution: 100ps
Accuracy: ±200ps ±0.01% of period
Transition (Rise/Fall) Time Rise and Fall times can be independently varied or can be varied
together simultaneously and can be entered as absolute rise/fall time
or as a % of width
Range: 5ns to 799.999999989s (10% to 90%) [10ns to 799.999999984s]
Resolution: 100ps
Accuracy: ±500ps ±0.01% of period
Double Pulse
Frequency Range: 1mHz to 25MHz [1mHz to 12.5MHz]
Frequency Resolution: 1mHz, 11 digits
Jitter RMS: <30ps cycle="" to="" cycle="" br=""> Period Period can also be entered as frequency

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Range: [80ns to 1000s]
Resolution: 100ps
Width Width can be entered as absolute width, duty cycle or fall time delay
Range: 10ns to 499.99999999s [20ns to 499.99999998s]
Resolution: 100ps
Accuracy: ±200ps ±0.01% of period
Delay Delay can be entered as absolute delay, phase or % of period
Range: 0ns to 999.99999996s [0ns to 999.99999992s]
Resolution: 100ps
Accuracy: ±200ps ±0.01% of period
Transition (Rise/Fall) Time Rise and Fall times can be independently varied or can be varied
together simultaneously and can be entered as absolute rise/fall time
or as a % of width
Range 5ns to 399.999999989s (10% to 90%) [10ns to 399.999999984s]
Resolution 100ps
Accuracy: ±500ps ±0.01% of period
Double Delay Double delay is the delay from the start of the first pulse to the start
of the second pulse.
Range: 20ns to 999.99999998ns [40ns to 999.99999996ns]
Resolution 100ps
Accuracy: ±200ps ±0.01% of period
Square
Frequency Range: 1mHz to 50MHz [1mHz to 25MHz]
Frequency Resolution: 1mHz, 11 digits
Jitter RMS: <30ps cycle="" to="" cycle="" br=""> Period Period can also be entered as frequency
Range: 20ns to 1000s [40ns to 1000s]
Resolution: 100ps
Duty Cycle
Range: 0.1% to 99.9%
Resolution: 0.1%
Transition (Rise/Fall) Time 5ns Fixed [10ns Fixed]Function
Waveforms Sine, Square (User Defined Duty Cycle 1.0 % - 99.0%), Triangle,
Ramp (User Defined Symmetry 0.0% - 100.0%), Negative Ramp,
DC, Sin(x)/x (User Defined Zero Crossings 4 - 50), Exponential Rise
(User Defined Time Constant 1.0% - 100.0%), Exponential Fall
(User Defined Time Constant 1.0% - 100.0%), Logarithmic Rise
(User Defined Time Constant 1.0% - 100.0%), Logarithmic Fall
(User Defined Time Constant 1.0% - 100.0%), Haversine, Gaussian
(User Defined Width 1.0% - 100.0%), Lorentz (User Defined Width
1.0% - 100.0%), D-Lorentz and Cardiac
Waveform Memory Size 4096 points
Vertical Resolution: 16 bits
Frequency Range: 1mHz to 50MHz [1mHz to 25MHz]
Frequency Resolution: 1mHz, 11 digits
Sampling Rate: 800MSa/s
Point to Point Jitter: 1.25ns Typical
Sine Amplitude Flatness
(Relative to 1kHz):
<100khz 0="" 1db="" br=""> <5mhz 0="" 5db="" br=""> <25mhz 1="" 25db="" br="">

Datasheet